def test_route_index_logged_in(test_session, test_upload_session):
with app.test_request_context("/"):
session.update(test_session)
assert not has_upload_rights()
with app.test_request_context("/"):
session.update(test_upload_session)
assert has_upload_rights()
def test_user_has_a_valid_role(test_session):
with app.test_request_context("/"):
session.update(test_session)
assert not user_has_a_valid_role(["admin-full"])
assert user_has_a_valid_role(["standard-download"])
assert not user_has_a_valid_role(["admin-power", "admin-full"])
assert user_has_a_valid_role(["standard-upload", "standard-download"])
def test_add_Game1(self):
with app.test_request_context():
game1 = Game(id=1000000,
is_expansion=False,
primary_name="game1",
alt_names="alt_game1",
image="www.test_image.com",
desc="This is a test game.",
raw_desc="Test game",
year=2000,
min_players=0,
max_players=1,
rating=4.321)
db.session.add(game1)
db.session.commit()
gamequery = db.session.query(Game).filter_by(id="1000000").first()
self.assertEqual(gamequery.id, 1000000)
self.assertEqual(gamequery.is_expansion, False)
self.assertEqual(gamequery.primary_name, "game1")
self.assertEqual(gamequery.alt_names, "alt_game1")
db.session.delete(game1)
db.session.commit()
def test_right_request(self):
with app.test_request_context('?aircraft=100,141&distance=125,500'):
aircraft = get_splitted_array('aircraft')
distance = get_splitted_array('distance')
self.assertEqual(len(aircraft), 2)
self.assertEqual(len(distance), 2)
self.assertEqual(aircraft, ['100', '141'])
def setUp(self):
with app.test_request_context():
# Initializes the database and
# adds all ideas and users
db.init()
register_all_users()
post_ideas()
def client():
app.config['TESTING'] = True
ctx = app.test_request_context()
ctx.push()
return app.test_client()
def test_add_Game2(self):
with app.test_request_context():
game2 = Game(id=1000000,
is_expansion=True,
primary_name="game2",
alt_names="alt_game2",
image="www.test_image2.com",
desc="This is a test game 2.",
raw_desc="Test game 2",
year=1997,
min_players=2,
max_players=4,
rating=3.21)
db.session.add(game2)
db.session.commit()
gamequery = db.session.query(Game).filter_by(id="1000000").first()
self.assertEqual(gamequery.image, "www.test_image2.com")
self.assertEqual(gamequery.desc, "This is a test game 2.")
self.assertEqual(gamequery.raw_desc, "Test game 2")
self.assertEqual(gamequery.year, 1997)
db.session.delete(game2)
db.session.commit()
def test_request_args_to_dict(self, test_input_query: dict) -> None:
"""Test the flask.request.args are converted into a dictionary."""
# Assert the requests arguments when visiting the /badge page are correct
with app.test_request_context(path="/badge",
query_string=test_input_query):
assert request.args.to_dict() == test_input_query
def test_get_following(self):
with app.test_request_context():
user1 = TEST_USERS[0]
user2 = TEST_USERS[1]
user3 = TEST_USERS[2]
user_name1 = user1[0]
user_name2 = user2[0]
user_name3 = user3[0]
main.add_follower(user_name1, user_name3)
main.add_follower(user_name2, user_name3)
following_resp = main.get_following(user_name3)
def correct_following():
# Creates lists representing the data
# of users retrieved from the database
# when fetching a user as a follower
stored_user1 = user1.copy()
stored_user2 = user2.copy()
# Removes the password from the list
stored_user1.remove(user1[1])
stored_user2.remove(user2[1])
# Adds the number of followers, which in
# this case is 1 since user3 is following
# both user1 and user2
stored_user1 += [1]
stored_user1.remove("image")
stored_user2 += [1]
stored_user2.remove("image")
return following_resp["following"] == [stored_user1, stored_user2]
self.failIf(not correct_following())
def setUp(self):
prepare_db_for_tests()
self.app = FlaskClient(app, response_wrapper=FormWrapper)
self.app.application.config["CSRF_ENABLED"] = False
self.depute = Depute(test_depute).save()
self.user = create_user("test", "test")
self.ctx = app.test_request_context()
self.ctx.push()
def setUp(self):
prepare_db_for_tests()
self.app = FlaskClient(app, response_wrapper=FormWrapper)
self.app.application.config["CSRF_ENABLED"] = False
self.depute = Depute(test_depute).save()
self.user = create_user("test", "test")
self.ctx = app.test_request_context()
self.ctx.push()
def test_user_registration(self):
with app.test_request_context():
response = register_user(TEST_USERS[0])
def user_registered():
return response["response"] == "Success"
self.failIf(not user_registered())
def test_get_issues_ETA():
import requests as req
from main import app
from main import tc
api = taiga_login()
with app.test_request_context():
res = tc.get(api + "/issues/by_ref?ref=142&project=2")
assert res
def test_args_to_kwargs(self):
params = dict(foo='bar', bar='foo', c='6')
def view(**kwargs):
self.assertDictEqual(params, kwargs)
with app.test_request_context('/?{}'.format(url_encode(params))):
decorated = args_to_kwargs(view)
decorated()
def sweep(self, asof, _verbose=True):
if _verbose: print "Sweeping %s %s asof %s" % (self.__class__.__name__, self.name, asof)
num_swept = 0
with app.test_request_context():
for instance in self.get_instances(asof):
if self.allowed_to_run(instance):
self._run_one(instance)
num_swept+=1
if _verbose: print "Swept %s." % (num_swept)
def app(request):
ctx = _app.test_request_context()
ctx.push()
def teardown():
ctx.pop()
request.addfinalizer(teardown)
return app
def setUp(self):
app = Flask(__name__)
Babel(app, default_domain='all')
app.config['BABEL_DEFAULT_LOCALE'] = 'en'
app.config['BABEL_TRANSLATION_DIRECTORIES'] = '../i18n'
# TODO(beets): Change language codes in this test back to zh once
# that's added to the AVAILABLE_LANGUAGES
self.context = app.test_request_context(
'/api/landingpage/data/geoId/06?hl=ru')
def taiga_login():
from main import app
from main import tc
username = '******'
password = '******'
api = app.config['API_URL']
with app.test_request_context():
tc.login(username, password)
return api
def test_form_to_kwargs(self):
params = dict(bar='bar', foo='foo', ba='5')
def view(**kwargs):
self.assertDictEqual(params, kwargs)
with app.test_request_context('/', method='POST', data=params):
decorated = form_to_kwargs(view)
decorated()
def setUp(self):
with app.test_request_context():
# Initializes the database
# and adds all users
db.init()
register_all_users()
post_ideas()
send_messages()
post_comments()
def test_login_incorrect_password(self):
with app.test_request_context():
user = TEST_USERS[0]
register_user(user)
response = main.login_user(user[0], "foo")
def login_failed():
return response["response"] == "Incorrect Password"
self.failIf(not login_failed())
def test_get_avatar_image(self):
with app.test_request_context():
user = TEST_USERS[0]
register_user(user)
response = main.get_avatar_image(user[0])
def correct_img_string():
return response["avatar_image"] == "image"
self.failIf(not correct_img_string())
def test_wrong_request(self):
with app.test_request_context('?aircraft=100&distance=125'):
aircraft = get_splitted_array('aircraft')
distance = get_splitted_array('distance')
res = get_info_from_database(aircraft, distance)
self.assertEqual(res, [{
"Aircraft_number": "100",
"co2": 1296,
"km": "125"
}])
def test_admin_login():
"""Testing the login process with a test client"""
from main import app
from main.auth import User, user_factory
User.set_url(app.config['AUTH_URL'])
with app.test_request_context():
u = user_factory("admin")
assert u
u.login("admin", "123123")
assert u.is_authenticated
def test_existing_user_name(self):
with app.test_request_context():
register_user(TEST_USERS[0])
existing_user_name = TEST_USERS[0][0]
response = main.register_user(existing_user_name, "foo", "bar", "foo", "bar", "img")
def user_name_exists():
return response["response"] == "User Name Taken"
self.failIf(not user_name_exists())
def test_existing_e_mail(self):
with app.test_request_context():
register_user(TEST_USERS[0])
existing_e_mail = TEST_USERS[0][2]
response = main.register_user("foo", "bar", existing_e_mail, "foo", "bar", "img")
def e_mail_exists():
return response["response"] == "E-Mail Already Registered"
self.failIf(not e_mail_exists())
def test_is_following(self):
with app.test_request_context():
user1 = TEST_USERS[0][0]
user2 = TEST_USERS[1][0]
main.add_follower(user1, user2)
is_following_resp = main.user_is_following(user2, user1)
def user_is_following():
return is_following_resp["is_following"]
self.failIf(not user_is_following())
def test_get_Event2(self):
with app.test_request_context():
res = requests.get(self.events_url + "/" + str(387),
headers=self.headers)
self.assertEqual(res.status_code, 200)
json_res = json.loads(res.text)
db_res = db.session.query(Event).get(387)
self.assertEqual(json_res['location'], db_res.location)
self.assertEqual(json_res['link'], db_res.link)
def test_get_Developer1(self):
with app.test_request_context():
res = requests.get(self.developers_url + "/" + str(81),
headers=self.headers)
self.assertEqual(res.status_code, 200)
json_res = json.loads(res.text)
db_res = db.session.query(Developer).get(81)
self.assertEqual(json_res['id'], db_res.id)
self.assertEqual(json_res['img'], db_res.image)
def test_get_message_feed(self):
with app.test_request_context():
# Gets the the most recent message
# sent by any user to the given user
# ordered by most recent message sent
message_feed = main.get_message_feed("Bender")
def correct_message_feed():
return message_feed["messages"] == [TEST_MESSAGES[3], TEST_MESSAGES[1]]
self.failIf(not correct_message_feed())
def test_add_follower(self):
with app.test_request_context():
user1 = TEST_USERS[0][0]
user2 = TEST_USERS[1][0]
main.add_follower(user1, user2)
user_data = main.get_user_data(user1)
def follower_added():
return user_data["followers"] == 1
self.failIf(not follower_added())
def test_add_comment(self):
with app.test_request_context():
post_comment(TEST_COMMENTS[0])
post_comment(TEST_COMMENTS[1])
post_comment(TEST_COMMENTS[2])
def comments_posted_correctly():
scen_1 = main.get_comments(1)["comments"] == [RETURNED_TEST_COMMENTS[0], RETURNED_TEST_COMMENTS[1]]
scen_2 = main.get_comments(2)["comments"] == [RETURNED_TEST_COMMENTS[2]]
return scen_1 and scen_2
self.failIf(not comments_posted_correctly())
def test_existing_e_mail_update(self):
with app.test_request_context():
user1 = TEST_USERS[0]
user2 = TEST_USERS[1]
response = main.update_user_data(user1[0], user1[2], # Original user name and e-mail
user1[0], user2[2], # New user name and email
user1[1], user1[3], user1[4], "Not set", user1[5])
def correct_response():
return response["response"] == "E-Mail Exists"
self.failIf(not correct_response())
def test_idea_feed_fetch(self):
with app.test_request_context():
user1 = TEST_USERS[0]
user2 = TEST_USERS[1]
post_ideas()
# Make user1 follow user2
main.add_follower(user2[0], user1[0])
response = main.get_idea_feed(user1[0])
def correct_idea_feed():
return response["ideas"] == [STORED_TEST_IDEAS[0], STORED_TEST_IDEAS[1]]
self.failIf(not correct_idea_feed())
def test_login_user(self):
with app.test_request_context():
user = TEST_USERS[0]
register_user(user)
user_name_response = main.login_user(user[0], user[1])
e_mail_response = main.login_user(user[2], user[1])
def login_succeeded():
scen_1 = user_name_response["response"] == "Success"
scen_2 = e_mail_response["response"] == "Success"
return scen_1 and scen_2
self.failIf(not login_succeeded())
def test_get_conversation(self):
with app.test_request_context():
# Gets the messages sent between
# the two given people, ordered by
# the most recent message sent
conversation1 = main.get_conversation("John", "Sterling Archer")
conversation2 = main.get_conversation("Sterling Archer", "John")
def correct_conversation():
cond_1 = conversation1["messages"] == [TEST_MESSAGES[0], TEST_MESSAGES[4]]
cond_2 = conversation1["messages"] == conversation2["messages"]
return cond_1 and cond_2
self.failIf(not correct_conversation())
def test_login_nonexistent_user(self):
with app.test_request_context():
user1 = TEST_USERS[0]
user2 = TEST_USERS[1]
register_user(user1)
user_name_response = main.login_user(user2[0], user2[1])
e_mail_response = main.login_user(user2[2], user2[1])
def login_failed():
scen_1 = user_name_response["response"] == "User doesn't exist"
scen_2 = e_mail_response["response"] == "User doesn't exist"
return scen_1 and scen_2
self.failIf(not login_failed())
def test_get_user_data(self):
with app.test_request_context():
user = TEST_USERS[0]
register_user(user)
user_data1 = main.get_user_data(user[0])
user_data2 = main.get_user_data(user[2])
def correct_data():
corr_user_name = user_data1["user_name"] == user_data2["user_name"] == user[0]
corr_e_mail = user_data1["e_mail"] == user_data2["e_mail"] == user[2]
corr_country = user_data1["country"] == user_data2["country"] == user[3]
corr_city = user_data1["city"] == user_data2["city"] == user[4]
corr_followers = user_data1["followers"] == user_data2["followers"] == 0
corr_location = user_data1["location"] == user_data2["location"] == "Not set"
return corr_user_name and corr_e_mail and corr_country and corr_city and corr_followers and corr_location
self.failIf(not correct_data())
def test_other_user_idea_fetch(self):
with app.test_request_context():
user1 = TEST_USERS[0]
user2 = TEST_USERS[1]
post_ideas()
# Make user1 follow user2
main.add_follower(user2[0], user1[0])
# Fetches the ideas posted by both users
user1_response = main.get_other_user_recent_ideas(user1[0])
user2_response = main.get_other_user_recent_ideas(user2[0])
def correct_ideas_fetched():
scen_1 = user1_response["ideas"] == [STORED_TEST_IDEAS[0]]
scen_2 = user2_response["ideas"] == [STORED_TEST_IDEAS[1]]
return scen_1 and scen_2
self.failIf(not correct_ideas_fetched())
def test_add_approving(self):
with app.test_request_context():
user1 = TEST_USERS[0][0]
user2 = TEST_USERS[1][0]
main.add_approving(user1, 1)
main.add_approving(user1, 2)
main.add_approving(user2, 1)
def approving_added_correctly():
scen_1 = main.user_is_approving(user1, 1)["approving"]
scen_2 = main.user_is_approving(user1, 2)["approving"]
scen_3 = main.user_is_approving(user2, 1)["approving"]
scen_4 = main.get_approving(user1)["approving"] == [STORED_TEST_IDEAS[0], STORED_TEST_IDEAS[1]]
scen_5 = main.get_approving(user2)["approving"] == [STORED_TEST_IDEAS[0]]
return scen_1 and scen_2 and scen_3 and scen_4 and scen_5
self.failIf(not approving_added_correctly())
def test_update_user_data(self):
with app.test_request_context():
user = TEST_USERS[0]
response = main.update_user_data(user[0], user[2], # Original user name and e-mail
"new_user_name", "new_e_mail",
"new_password", "new_country", "new_city", "new_location", "new_image")
def correct_response():
# Checks that the data has been updated in the users table
user_data1 = main.get_user_data("new_user_name")
user_data2 = main.get_user_data("new_e_mail")
scen_1 = user_data1["user_name"] == user_data2["user_name"] == "new_user_name"
scen_2 = user_data1["e_mail"] == user_data2["e_mail"] == "new_e_mail"
scen_3 = user_data1["country"] == user_data2["country"] == "new_country"
scen_4 = user_data1["city"] == user_data2["city"] == "new_city"
scen_5 = user_data1["location"] == user_data2["location"] == "new_location"
scen_6 = user_data1["avatar_image"] == user_data2["avatar_image"] == "new_image"
scen_7 = response["response"] == "Success"
users_updated = scen_1 and scen_2 and scen_3 and scen_4 and scen_5 and scen_6 and scen_7
# Checks that the data has been updated in the ideas table
# Since an idea by the user who's user name has been updated
# had posted an idea, the function get_most_recent_idea returns
# a non-empty list when using the new user name as parameter
ideas_updated = db.get_most_recent_idea("new_user_name") != []
# Checks that the data has been updated in the messages table
# Since the original user has sent a message, the return value
# from get conversation using the new user name and the other
# user's name has to return a non-empty list
messages_updated = db.get_conversation("new_user_name", "TestUser2") != []
# Checks that the data has been updated in the comments table
# The user who's name was changed posted a comment on the idea with id 2
comments_updated = False
for comment in db.get_comments(2):
if "new_user_name" in comment:
comments_updated = True
return users_updated and ideas_updated and messages_updated and comments_updated
self.failIf(not correct_response())
def test_search_people(self):
with app.test_request_context():
# Search on user name
search1 = main.search_people("John")
# Search on e-mail
search2 = main.search_people("*****@*****.**")
# Search on country
search3 = main.search_people("United States")
# Search on city
search4 = main.search_people("Test-City")
# Search on two identifiers
search5 = main.search_people("TestUser1&nbhtUnited States")
# Search on three identifiers
search6 = main.search_people("Sterling Archer&[email protected]&nbhtNew New York")
def correct_search_results():
user1 = TEST_USERS[0]
user2 = TEST_USERS[1]
user3 = TEST_USERS[2]
user4 = TEST_USERS[3]
user5 = TEST_USERS[4]
user6 = TEST_USERS[5]
user7 = TEST_USERS[6]
scen_1 = search1["people"] == [[user2[0], user2[2], user2[3], user2[4], 0]]
scen_2 = search2["people"] == [[user3[0], user3[2], user3[3], user3[4], 0]]
scen_3 = search3["people"] == [[user4[0], user4[2], user4[3], user4[4], 0],
[user5[0], user5[2], user5[3], user5[4], 0],
[user6[0], user6[2], user6[3], user6[4], 0]]
scen_4 = search4["people"] == [[user1[0], user1[2], user1[3], user1[4], 0],
[user7[0], user7[2], user7[3], user7[4], 0]]
scen_5 = search5["people"] == [[user1[0], user1[2], user1[3], user1[4], 0],
[user4[0], user4[2], user4[3], user4[4], 0],
[user5[0], user5[2], user5[3], user5[4], 0],
[user6[0], user6[2], user6[3], user6[4], 0]]
scen_6 = search6["people"] == [[user4[0], user4[2], user4[3], user4[4], 0],
[user6[0], user6[2], user6[3], user6[4], 0],
[user5[0], user5[2], user5[3], user5[4], 0]]
return scen_1 and scen_2 and scen_3 and scen_4 and scen_5 and scen_6
self.failIf(not correct_search_results())
def test_search_ideas(self):
with app.test_request_context():
# Searches for ideas with the tag idea
search1 = main.search_ideas("&nbhtidea")
# Searches for ideas with the tag long_idea
search2 = main.search_ideas("&nbhtlong_idea")
# Searches for ideas with the tags idea or test
search3 = main.search_ideas("&nbhtidea&nbhttest")
# Searches for ideas with the tags idea, test or long_idea
search4 = main.search_ideas("&nbhtidea&nbhtlong_idea&nbhttest")
# Searches for a non-existent tag
search5 = main.search_ideas("&nbhtfoo")
def correct_search_results():
scen_1 = search1["ideas"] == [STORED_TEST_IDEAS[0], STORED_TEST_IDEAS[1]]
scen_2 = search2["ideas"] == [STORED_TEST_IDEAS[2]]
scen_3 = search3["ideas"] == STORED_TEST_IDEAS
scen_4 = search4["ideas"] == STORED_TEST_IDEAS
scen_5 = search5["ideas"] == []
return scen_1 and scen_2 and scen_3 and scen_4 and scen_5
self.failIf(not correct_search_results())
def tearDown(self):
with app.test_request_context():
# Destroys and closes the database
db.destroy()
db.close()
def setUp(self):
with app.test_request_context():
# Sets up the database
db.init()
def setUp(self):
with app.test_request_context():
db.init()
register_all_users()
